SS2P2LHM3/84A

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A diode is a two-terminal electronic component that has two active regions. A single diode used in a rectifying application is called a single rectifier. Their main purpose is to convert alternating current (AC) electric power signal into a direct current (DC) voltage signal. An SS2P2LHM3/84A is a type of single rectifier which is used for rectification and signal signal management based applications.

The SS2P2LHM3/84A is a single, dual-plate diode that provides higher frequency rectification and damage resistance. It is a dual reverse blocking diode with a typical forward voltage drop of 11 V, a reverse voltage of 20V, and a peak repetitive reverse voltage of 10V. in addition, it has a very fast reverse recovery time of 90ns and a wide operating temperature range of -65°C to 175°C.

The SS2P2LHM3/84A is primarily used in a variety of power management and signal rectification applications. Due to its low forward voltage drop, it is commonly used in switching, voltage regulation, and high frequency power conversion circuits. It is also useful for signal or data line noise suppression, reducing common mode filtering, and providing isolation in multi-stage circuits.

The SS2P2LHM3/84A operates on the principle of rectification. A rectifier is a device which converts alternating current (AC) electric impulses into direct current (DC). The SS2P2LHM3/84A accomplishes this by allowing current to flow in one direction and blocking current from flowing in the opposite direction. When in use, the SS2P2LHM3/84A will have one AC input and one DC output. The AC input is connected to the anode of the diode and the grounded side of the circuit while the DC output is connected to the cathode terminals of the diode.

The SS2P2LHM3/84A is a reliable, high-performing single rectifier that is capable of providing excellent signal rectification and power conversion at high frequencies. It is designed with a wide operating temperature range and offers enhanced protection due to its reverse voltage blocking capabilities. This device is ideal for applications requiring noise suppression, signal isolation, and efficient power conversion in a wide range of conditions.

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